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24 questions
🇬🇧 | 🇬🇧 |
Broadbent's bottleneck | Early processing of two stimuli leads to selective decision |
Dichotic listening task | Participants exposed to two different messages on separate ears |
Freidman's attenuation model | Attended stimuli is favoured but not indiscriminately |
Deutsch & Deutsch | All stimuli fully processed resulting in late selection |
Temporal coherence | Sound features of a given source are all active when present, all absent when not |
Spotlight | Visual attention highlights one specific area |
Zoom lens | We can broaden or narrow our field of vision |
Split attention | Attention is on two areas of space not adjacent to each other |
Object based attention is not used when it ... and when ... are used | Impairs performance; top down processes |
Which is more common, object based inhibition or space based inhibition? | Space based inhibition |
Lavie's P-C Load theory | High perceptual load= less interference from distracting stimuli |
Posners double network | Endogenous- top down, expectation driven |
Endogenous system brain area | Frontal-parietal |
Exogenous brain area | Tempero-parietal junction |
Wickens multiple resource theory | Processing stages: perception, cognition, responding |
Baddeleys Working memory model | Tasks can be performed separately if one is speech based and the other spatial |
Salvucci and Taatgen's threaded cognition | Streams of though represent threads, can have two at a time if they do not use similar resources |
Underadditivity | Brain activation in dual-task less then sum of activation for either task |
Multi-store model | Sensory; short term memory; long term memory |
Unitary store model | Short term and long-term memory rely on similar processes |
Jonides | Hippocampus and medial temporal lobe: forming novel relations |
Baddeley's working memory model four components | Phonological loop |
Phonological similarity effect | Reduced recall when sounds similar |
World length effect | Recall of words greater for short words |